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March 11, 2025 — DHL Group is making a deeper push into one of freight’s fastest-growing niches: battery logistics. The company is expanding its global network with added routes, safety-certified warehousing, and dedicated handling teams as demand from electric-vehicle manufacturers, cell producers, and grid-storage developers keeps climbing. The build-out spans North America, Europe, and Asia — a signal that DHL sees batteries driving freight growth for the next decade the way containerized retail once did.
The expanded network covers all three major freight modes: air, ocean, and road. In practice, that means additional capacity to move battery cells from production hubs in China, South Korea, Poland, and Hungary to assembly plants in Germany, the United States, and other key auto markets. It also includes purpose-built warehousing with temperature control, fire-rated storage rooms, and continuous monitoring of cells and packs — a critical safeguard in a sector where a single damaged lithium-ion unit can trigger a fire that destroys an entire facility.
DHL is also strengthening the services wrapped around the physical move: pre-shipment quality checks, dangerous-goods packing and labelling, customs clearance, and what the company describes as a “battery control tower” that gives clients a single consolidated view of their cargo from factory floor to final destination. That level of visibility matters to automakers that carry heavy liability for defects and recalls, and to utilities facing tight deadlines for storage project commissioning.
The company said the expansion follows a pilot phase that ran through 2024, during which DHL handled battery shipments for automotive, energy, and electronics customers across three continents. Those runs validated the operating model and exposed the weak points in the wider battery supply chain — namely, fragmented hand-offs between carriers, inconsistent labelling, and storage bottlenecks at transshipment hubs.
The timing is no accident. Battery demand is surging simultaneously in three distinct markets: batteries for EVs, intermediate cells for manufacturers, and stationary storage for the power grid.
The International Energy Agency (IEA) estimates that global EV sales hit approximately 14 million units in 2023 and continued growing through 2024, with roughly one in five new cars sold worldwide now electric. Each of those vehicles carries a battery pack weighing several hundred kilograms, and that pack travels multiple legs before it reaches a dealership — typically from cell plant to pack assembly, then to vehicle factory, then to a parts network for service and replacement.
Grid storage is compounding the pressure. The IEA’s net-zero scenario calls for global energy storage capacity to expand to roughly 1,500 gigawatts by 2030, up from an estimated 200 gigawatts today. Calendar-year installments of battery storage in California and Texas have already broken records, and most of that hardware is imported or assembled through logistics chains that logistics providers are still building from scratch.
Industry research firms now value the dedicated battery logistics market at around $26 billion globally, and some project it will exceed $50 billion by 2030. That growth is pulling in not only freight forwarders but also specialized firms offering custom crating, insurance, and regulatory compliance for batteries — areas where DHL is clearly positioning itself to lead.
Moving batteries is not like shipping auto parts. Lithium-ion cells are classified as Class 9 dangerous goods under international transport rules, with specific United Nations numbers — UN 3480 for cells, UN 3481 for batteries packed with or inside equipment — and they must pass UN 38.3 testing before they can be shipped at all.
Air freight rules are especially strict. Current IATA Dangerous Goods Regulations limit lithium-ion batteries transported by air to a state of charge of no more than 30 percent, a rule introduced to reduce the risk of thermal runaway. Ocean shipments follow the IMDG Code, and truck and rail movements in Europe operate under ADR and RID regulations. Each mode has its own packaging, marking, and documentation requirements, and a single clerical error can hold up a shipment for days — or trigger heavy fines and revoked licenses.
The stakes go beyond compliance. The logistics industry has seen several high-profile battery-related fires in warehouses and at sea in recent years, prompting insurers to tighten conditions for storage and transport. DHL says its expanded network embeds dangerous-goods expertise at every node, including certified staff at key hubs, thermal barriers in storage facilities, and segregation protocols that keep high-energy-density cargo apart from both heat sources and other freight.
New regulations are also coming. The European Union’s Battery Regulation (EU 2023/1542) imposes carbon footprint declarations, recycled-content requirements, and a digital “battery passport” that must travel with each battery as a record of its origin and lifecycle. For logistics operators, the battery passport means every scan, hand-off, and storage event must be captured digitally and made available to regulators on demand. DHL has been testing this data architecture internally, and the expanded network is built around the assumption that traceability will only become more important.
DHL Group entered electric-vehicle logistics years ago through its automotive vertical, handling everything from semiconductors to finished cars. Over time, that experience formalized into a standalone battery specialty. The group’s structure helps here: DHL Express provides expedited air service and global customs reach, DHL Global Forwarding handles ocean and airfreight for large consolidated consignments, and DHL Supply Chain operates the warehouses and control towers that tie the whole journey together.
That integrated model gives DHL something many competitors lack: a single accountable contract from cell manufacturer to final assembly line. Customers in the battery world rarely want to deal with three separate carriers for a single shipment. They want one partner that understands thermal sensitivity, state-of-charge limits, and the documentation complexity of a growing list of national rules.
The sustainability angle matters too. Battery makers and their automotive customers are under their own ESG pressure, and DHL’s GoGreen program — which includes electric delivery vehicles, sustainable aviation fuel, and carbon reporting — gives shippers a ready-made way to quantify the emissions of their battery supply chains.
For American shippers, the expansion is particularly relevant at a moment of manufacturing reshoring. Federal incentives under the Inflation Reduction Act have triggered a wave of battery “gigafactory” announcements across Kentucky, Tennessee, Georgia, Michigan, Texas, and Nevada. Many of those plants are still in ramp-up, and each one requires a steady inbound flow of cathode and anode materials, cells from Asian partners, and precision equipment — followed by an outbound flow of finished cells and packs to assembly plants and storage integrators.
DHL’s North American network is well positioned to handle that traffic. The Cincinnati/Northern Kentucky International Airport hub serves as the group’s main express gateway, with bonded warehouse capacity and direct air links to Asia. Over-the-road service adds temperature-controlled handling between southern gigafactories and Midwest assembly plants, while DHL’s customs team deals with the tariff classifications and supply-chain traceability that the U.S. government increasingly requires for battery materials and cells.
Energy storage adds yet another US layer. Utility-scale battery projects in California and Texas routinely need large volumes of battery containers moved on tight schedules, often from ports such as Los Angeles, Long Beach, or Houston to remote project sites. DHL’s expansion includes dedicated project-logistics support for that segment, including oversized-cargo handling and secure laydown yards near major renewable corridors.
DHL is not alone in spotting the opportunity. DB Schenker, Kuehne+Nagel, DSV, and Maersk have all expanded their battery-related services in recent years, and specialized firms continue to claim niches in high-refrigerated storage and lithium recovery. The competitive pressure is healthy, but it is also pushing margins down — which favors large operators with scale.
DHL’s differentiators remain the breadth of its network, its in-house dangerous-goods training, and the sheer volume of data flowing through its control towers. The company has also invested in reverse logistics for end-of-life batteries, a segment that analysts expect to grow rapidly as early EVs reach the recycling stage. Handling recalled, damaged, and degraded packs requires a different set of safety protocols than moving new cells, and DHL has been quietly building those capabilities for years.
The logistics industry will have to adapt as battery technology evolves. Lithium iron phosphate (LFP) cells are gaining share for both EVs and storage, new solid-state designs are entering pilot production, and recycling networks are forming around battery materials such as lithium, nickel, and cobalt. Each development changes the physical profile of the cargo and the regulations that govern it.
DHL says its batte ry logistics expansion is deliberately modular, so the network can absorb new chemistries and new trade lanes as they appear. In an industry where a single decision can change a supply chain overnight — trade policy, a port strike, a recall — flexibility is the point. The company’s message to the market is straightforward: the battery decade has arrived, and freight is where it will be won.
As the IEA’s EV and storage projections become reality, expect logistics providers to treat batteries not as a specialized sideline but as a core business. DHL’s latest move suggests the company intends to be the first name shippers call when the question is not whether to
